This symbol is intended to alert the user to the presence of uninsulated dangerous voltage within the product s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons. AUTION ISK OF EETI SHOK DO NOT OPEN This symbol is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accompanying the appliance. IMPOTANT! FO YOU POTETION, PEASE EAD THE FOWING: WATE AND MOISTUE: Appliance should not be used near water (near a bathtub, washbowl, kitchen sink, laundry tub, in a wet basement, or near a swimming pool, etc). are should be taken so that objects do not fall and liquids are not spilled into the enclosure through openings. POWE SOUES: The appliance should be connected to a power supply only of the type described in the operating instructions or as marked on the appliance. GOUNDING O POAIZATION: Precautions should be taken so that the grounding or polarization means of an appliance is not defeated. POWE OD POTETION: Power supply cords should be routed so that they are not likely to be walked on or pinched by items placed upon or against them, paying particular attention to cords at plugs, convenience receptacles, and the point where they exit from the appliance. SEVIING: The user should not attempt to service the appliance beyond that described in the operating instructions. All other servicing should be referred to qualified service personnel. FUSING: If your unit is equipped with a fuse receptacle, replace only with the same type fuse. efer to replacement text on the unit for correct fuse type. SAFETY INSTUTIONS (EUOPEAN) The conductors in the A power cord are colored in accordance with the following code. GEEN & YEW Earth BUE Neutral BOWN ive U.K. MAIN PUG WANING: A molded main plug that has been cut off from the cord is unsafe. NEVE UNDE ANY IUMSTANES SHOUD YOU A DAMAGED O MAIN PUG INTO A POWE SOKET. IMITED WAANTY Your arvin mixer is guaranteed against failure for YEA unless otherwise stated. arvin will service and supply all parts at no charge to the customer providing the unit is under warranty. Shipping costs are the responsibility of the customer. AVIN DOES NOT PAY FO PATS O SEVIING OTHE THAN OU OWN. A OPY OF THE OIGINA INVOIE IS EQUIED TO VEIFY YOU WAANTY. arvin assumes no responsibility for horn drivers or speakers damaged by this unit. This warranty does not cover, and no liability is assumed, for damage due to: natural disasters, accidents, abuse, loss of parts, lack of reasonable care, incorrect use, or failure to follow instructions. This warranty is in lieu of all other warranties, expressed or implied. No representative or person is authorized to represent or assume for arvin any liability in connection with the sale or servicing of arvin products. AVIN SHA NOT BE IABE FO INIDEN TA O ONSEQUENTIA DAMAGES. When ETUNING merchandise to the factory, you may call for a return authorization number. Describe in writing each problem. If your unit is out of warranty, you will be charged the current FAT ATE for parts and labor to bring your unit up to factory specifications. MAINTAINING YOU EQUIPMENT Avoid spilling liquids or allowing any other foreign matter inside the unit. The panel of your unit can be wiped from time to time with a dry or slightly damp cloth in order to remove dust and bring back the new look. As with all pro gear, avoid prolonged use in caustic environments such as dust or salt air. When used in such an environment, be sure the mixer is adequately protected by a cover. EFE SEVIING TO QUAIFIED SEVIE PESONNE! EPAEMENT PATS IST EF. arvin P/N Description hannel PB ev () A Op Amp NJMD inear Dual A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp NJMD inear Dual B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B /W esistor.k % arbon B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω B Jumper.".Ω apacitor PF Volt eramic % apacitor PF Volt eramic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor.µf V Poly % apacitor µf V Electrolytic % apacitor PF Volt eramic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor µf V Electrolytic % apacitor PF Volt eramic % apacitor PF Volt eramic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor.µf V Poly % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor PF Volt eramic % apacitor PF V eramic % apacitor PF V eramic % apacitor.µf V Poly % apacitor µf V Electrolytic % D ED Green small #GD mm T. D ED ed small #HD mm T. D ED ed small #HD mm T. H Header Pin Vert SHS.mm H Header Pin Vert SHS.mm H Header Pin Vert SHS.mm H Header Pin Vert SHS.mm H Header Pin Vert SHS.mm H Header Pin Vert SHS.mm J Phone Jack /" pin H= mm J X Jack Female Vert J Phone Jack /" pin H= mm P Potentiometer BK Vert D Shaft F P Potentiometer BK D Shaft F P Potentiometer BK D Shaft F P Potentiometer BK D Shaft F P Potentiometer BK D Shaft F P Potentiometer BK Vert D Shaft F P Potentiometer BK Vert D Shaft F P Potentiometer BK Vert D Shaft F P Potentiometer BKx D F P Fader AK mm HT=.mm /W esistor. % Metal /W esistor K x SIP % arbon /W esistor K % arbon /W esistor.k % Metal /W esistor.k % Metal /W esistor.k % Metal /W esistor K x SIP % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K x SIP % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % Metal /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor. % Metal /W esistor K % arbon /W esistor.k % arbon /W esistor Ω % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon Jumper.".Ω /W esistor.k % arbon Jumper.".Ω Jumper.".Ω Jumper.".Ω Jumper.".Ω Jumper.".Ω Jumper.".Ω Jumper.".Ω S Switch DPDT Push Vert S Switch DPDT Push Vert S Switch DPDT Push Vert S Switch DPDT Push Vert S Switch DPDT Push Vert Z Diode Zener.V NA W System Master PB ev () A Op Amp NJMD inear Dual A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp NJMD inear Dual A Op Amp NJMD inear Dual A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp NJMD inear Dual A Op Amp NJMD inear Dual A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp NJMD inear Dual A Op Amp NJMD inear Dual A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp M P Dual H A Op Amp NJMD inear Dual A Op Amp NJMD inear Dual A Op Amp M P Dual H A Op Amp NJMD inear Dual A Op Amp NJMD inear Dual A Op Amp NJMD inear Dual A Op Amp M P Dual H A Op Amp NJMD inear Dual A Op Amp NJMD inear Dual A I DIP omparitor x O A I DIP omparitor x O A I DIP omparitor x O A I DIP omparitor x O A I DIP omparitor x O A Op Amp NJMD inear Dual A Op Amp M P Dual H A Op Amp M P Dual H A I DIP omparitor x O apacitor PF V eramic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Tant % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor.µf V Poly % apacitor PF V eramic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor.µf V Poly % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor PF V eramic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor PF V % apacitor.µf V Poly % apacitor PF V eramic % apacitor.µf V Poly % apacitor PF V eramic % apacitor PF V eramic % apacitor.µf V Poly % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor PF V % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor.µf V Poly % apacitor µf V Electrolytic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor PF V eramic % apacitor PF V eramic % apacitor PF V eramic % apacitor PF V eramic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor PF V eramic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor PF V % apacitor PF V eramic % apacitor.µf V Poly % apacitor PF V % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor PF V eramic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor PF V eramic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor.µf V Poly % apacitor PF V % apacitor PF V eramic % apacitor.µf V Poly % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor µf V Electrolytic % apacitor.µf V Poly % apacitor.µf V Poly % apacitor PF V eramic % apacitor PF V eramic % apacitor PF V eramic % apacitor PF V eramic % apacitor PF V eramic % apacitor PF V eramic % apacitor PF V eramic % D ED ed small #HD mm T. D ED Yellow small #YD mm T. D ED Yellow small #YD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED ed small #HD mm T. D ED Yellow small #YD mm T. D Diode N SPD ma mw D ED Yellow small #YD mm T. D ED Yellow small #YD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED Green small #GD mm T. D ED T." g ed #HD mm D Diode N SPD ma mw D Diode N SPD ma mw D Diode N SPD ma mw D Diode N SPD ma mw D Diode N SPD ma mw D Diode N SPD ma mw D Diode N SPD ma mw D Diode N SPD ma mw D ED ed small #HD mm T. D ED ed small #HD mm T. D ED Yellow small #YD mm T. E ot Encoder Vert bit Vert H Header Pin Vert.mm H Header Pin Vert.mm H Header Pin Vert.mm H Header Pin Vert.mm H Header Pin Vert.mm H Header Pin Vert.mm J Phone Jack /" Stereo H=mm J A Phono Jack x J Phone Jack /" Mono H=mm J Phone Jack /" Mono H=mm J Phone Jack /" Mono H=mm J Phone Jack /" Stereo H=mm J Phone Jack /" Mono H=mm J X Jack Male Vert J X Jack Male Ver J X Jack Male Ver J Phone Jack /" Mono H=mm J Phone Jack /" Mono H=mm J Phone Jack /" Mono H=mm J Phone Jack /" Mono H=mm J Phone Jack /" Mono H=mm J Phone Jack /" Stereo H=mm P Fader AK mm HT=. P Potentiometer BKx D Shaft F P Potentiometer BKx D Shaft F P Fader BK mm HT=. P Potentiometer BKx D Shaft F P Fader BK mm HT=. P Potentiometer BKx D Shaft F P Fader BK mm HT=. P Potentiometer BKx D Shaft F P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader AK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader BK mm HT=. P Fader AK mm HT=. P Fader AK mm HT=. P Fader AK mm HT=. P Potentiometer BK D Shaft F P Potentiometer BK D Shaft F P Potentiometer BK D Shaft F P Potentiometer BK D Shaft F P Potentiometer BK D Shaft F P Potentiometer BK D Shaft F Q JFET J TO P hnl Q Transistor N TO Q Transistor N TO Q JFET J TO P hnl /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor Ω % arbon /W esistor.k % arbon /W esistor.k % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor M % arbon /W esistor M % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Kx SIP % /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.ω % arbon /W esistor.ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor Ω % arbon /W esistor Ω % arbon /W esistor Ω % arbon /W esistor Ω % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor Ω % arbon Jumper.".Ω /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor K % arbon Jumper.".Ω /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor K % arbon Jumper.".Ω /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor.k % arbon /W esistor.k % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon Jumper.".Ω /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor.k % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor K % arbon /W esistor Ω % arbon Jumper.".Ω S Switch PDT Push Vert S Switch PDT Push Vert S Switch DPDT Push Vert S Switch DPDT Push Vert S Switch DPDT Push Vert S Switch DPDT Push Vert
THEE BAND AVIN ENGINEEING DATA,,, BUS MIXE OPEATING MANUA EEIVING INSPETION read before getting started INSPET YOU MIXE FO ANY DAMAGE which may have occurred during shipping. If any damage is found, please notify the shipping company and AVIN immediately. SAVE THE ATON & A PAKING MATEIAS. In the event you have to reship your unit, always use the original carton and packing material. This will provide the best possible protection during shipment. AVIN and the shipping company are not liable for any damage caused by improper packing. SAVE YOU INVOIE. It will be required for warranty service if needed in the future. SPMENT SHOTAGE. If you find items missing, they may have been shipped separately. Please allow several days for the rest of your order to arrive before inquiring. EOD THE SEIA NUMBE on the enclosed warranty card or below on this manual for your records. Keep your portion of the card and return the portion with your name and comments to us. ONET SEIES Never before have so many features been packed into such a rugged, compact, American made mixer. The best feature of the oncert Series is the sound. Sound that is pure and quiet enough for your digital recording studio! Everything is logically laid out making the powerful features simple to use and the compact size makes it a breeze to carry. The knobs are not micro size, making adjustments quick and easy and the visible pointers show you the status of your mix at a glance. The,, and feature to channels with true bus performance. TUE BUS DEN The oncert Series offers increased mixing flexibility over standard stereo consoles by letting you assign channels to one of the sub groups or /. This allows you to mix the entire drum, horn, choir section, etc. into one sub group fader, which feeds the / faders. This is an easy way to control the volume of grouped mics or inputs. If you don t need subgrouping, you can depress the / channel button and the channel goes directly into the / output like a standard stereo console. All sub group outputs have balanced outputs for long cable runs. TWO ET SENDS / TWO BIT ET POESSOS Two builtin Bit effects, each offering stereo effects, is a first in a bus mixing console. Since there are two, you no longer have to choose between that great vocal reverb with delay and that awesome guitar chorus you can have both! Each processor offers lush EVEBS, rich HOUSES, thick textured FANGING and pristine EHOES with fully adjustable parameters for damping, decay, depth, speed, time and regeneration. Both processors can be sent back into the monitor mix so the performers can hear exactly what the audience is hearing. FOU ITO SENDS Every channel can access any of the ITO mixes while still having access to ETS. The ITO control not only sends to the ITO output but also sends to the ETS processor for two simultaneous effects per channel. All monitor sends are balanced. BAND EQ/ SWEEP The superb EQ system gives extended boost and cut tone shaping. The W frequency control builds bass response starting with through for a solid nonflabby bass. The exclusive offset of the. control ends the confusion of selecting your mid frequency from to k. The cut and boost control adjusts the gain to the perfect middip or boost curve to enhance all instruments and vocals. The.k treble control adds sparkle to your topend without adding harshness. Both the W and are shelving, which means they are effective from and up to k. The switch eliminates stage rumble or other unwanted low frequencies that would normally rob power from your woofers. TWO BAND EQUAIZES Precision equalizers provide precise octave adjustments to tune in your overall sound and control feedback. Unlike one stereo equalizer, two independent bands offers total flexibility. With two convenient buttons, you can assign either EQ to the / outputs or to the / monitor outputs. enter frequencies are,,,, k, k, k, k & k. BK DIAGAM HANNES PAD line pad () PE A EFT IGHT HANNE TONE ONTOS ƒeq W ETS ETUN ETS ETUN PF EFT IGHT EFT IGHT HANNE FADE ASN ETUN EVE TN EVE PF EFT IGHT GOUP GOUP GOUP GOUP PF EFT IGHT GOUP GOUP GOUP GOUP HEADPHONE AND METE SWITHES FADES EFT IGHT PF EVE SOUE METES IN IN SWITH TO GAP EQ O FADES SWITH TO GAP EQ & ONY DSP x STEEO TO & EVE EFT GOUPS TO S BA TS IGHT BA TS OUTPUT EFT & IGHT BA OUT For your records, you may wish to record the following information. Serial No. InvoiceDate HANNE FEATUES Every channel has a full balanced X and (/ ) preamp with an jack for a compressor or EQ that also serves as a DIET OUT when plugged half way. The control directs the channel into the / output or any of the sub groups after depressing the appropriate ASN switches. A PF (pre fader listen) switch allows you to hear the channel before the fader is turned up in the headphones. A solid on condition of the led indicates that the switch has been activated which turns the channel off including all monitor and effect sends. When flashing during use, the led also lets you know when to adjust the channel s control to prevent channel overloading. The NA led lets you know that a signal is coming through the channel starting at u. A silky smooth mm audio taper FADE delivers professional fadeouts. The power switches provide power through the X connectors for use with condenser mics like the arvin ME in groups of channels. MASTE FEATUES Each of the SUB GOUP faders can be switched to the / outputs or used independently through their own balanced output jacks. Each of the sub group s PF switches allow you to listen to the sub groups in your headphones before it is turned up. The / MAIN output faders are independent for added flexibility over a single stereo fader. A O control sums both the / outputs together for a center, side fill or subwoofer output. The stereo HEAD PHONE control tracks the METE switches which allow you to look and listen from the /, O, ITO / and / outputs and channel PF switches. The master section also features ET SENDS, ETUNS and A /OUT jacks. All SUB GOUPS, ITOS, X / and O outputs are balanced. A FOOT SWITH jack turns both effects processors on or off remotely with the optional FS foot switch. SWITNG POWE SUPPY Our exclusive k switching power supply eliminates transformer noise. ike a laptop computer, go anywhere in the world and not worry about power because you can run on any voltage from to VA. SUPEB SOUND Stateoftheart low impedance, low noise preamps are featured on every channel. The balanced common mode rejection is better than to eliminate cable noise. All main outputs are balanced to guard against system noise. The near theoretical limit on distortion has been achieved with THD below.% to guarantee the purity of your sound, ensuring it will be dynamically open and transparent. ENGINEEED TO AST Hidden deep in the heart of these USA made mixers is the SMT construction that utilizes surface mounted components to prevent malfunctions caused by vibrations. Sealed controls and switches guard against the outside elements while heavyduty jacks provide a positive connection to your cables. Fire retardant F military spec circuit cards feature doublesided copper to eliminate radio frequency interference. Precision % tolerance components guarantee your settings will be accurate every time. The oncert Series is built to strict standards. O BA OUT SNDS & ONET SEIES SPEIFIATIONS: Mic Input: Balanced X, Mic Imp. Ω ine Input: Balanced / Jack Imp. k/k bal. Frequency esponse: Mic or ine Inputs: K ± Total Harmonic Distortion: ess than.% Equivalent Input Noise: ohm source: u Output Noise: less than u Master ine Out Output Headroom: + X bal, + / unbal. Maximum Gain: Mic in to Master ine Out: rosstalk: Adjacent channels: db at K ommon Mode ejection: db at K Phantom Power: All X Mic in (channel groups of ) hannel EQ.: band active,w: ± : to k ± :.K ± Band Graphic EQ.: ±,,,, k, k, k, k Power: to VA, to VA Size: :. D x. W x. H :. D x. W x. H :. D x W x. H Optional Accessories: :. D x. W x. H : B Heavy padded bag FS foot switch for all models : B Heavy padded bag AN Anvil hard case : B Heavy padded bag AN Anvil hard case : AN Anvil hard case World Trade Drive, San Diego, A () www.carvin.com
,, & BUS MIXES QUIK STAT UP If you re like most new owners, you re probably in a hurry to plug your mixer in and use it. Here are some brief instructions to get you going quickly. With the mixer unplugged and the unit turned off, complete the following procedures:. ONNETING A POWE TO YOU MIXE The mixer can be used with or VA (it automatically switches internally) Use only a grounded ( prong) power outlet to prevent a shock hazard. This gives the quietest grounding for your mixer.. ONNETING INPUTS TO YOU MIXE For low level balanced devices such as microphones, plug into the balanced inputs using a shielded microphone cable with X connectors. SEIES ONTOS HANNE FEATUES. / INPUTS The line connectors are for connecting balanced and unbalanced instruments and line level sources such as drum machines, keyboards, ET.. X INPUTS The balanced Mic inputs are for connecting microphones that use X connections. Both the and X inputs can be used simultaneously.. HANNE /HANNE DIET OUT To insert channel effects, compressor, etc. use a / TS (Tip ing Sleeve) cable (see S AND DIET OUT illustration on page for TS details). To achieve a direct out from the channel, insert a standard / cable to the first click (/ insert).. The controls the input level for the channel. If the is set too high, the ED will flash and distortion may occur. Decrease the amount of until the ED does not flash. It is important that the gain control should be kept right under the ED flash point to maintain the lowest noise performance of the channel. You can use the channel PF switch to monitor the channel input level and use the meters to adjust the control to. This will give you a good reference point where the control should be set.. W SWITH A W filter helps eliminate unwanted low frequencies. Great for reducing boom noise from mic stands or from acoustic/electric guitars. Turning up the W EQ when using this filter can help create a punchier bass response.. ATIVE BAND EQ The SEIES mixers provide studio EQ. The ± boost or cut gives an overall range for powerful EQ control. The active circuits deliver deep bass from the W control. The control works at to k, depending on the control. The control functions at k for crisp highs. Start out with all tone controls at their center zero position. Determine which position your sounds best, then cut or boost your,, and W frequencies as needed. If you are trying to mic instruments such as acoustic guitar or drums, try various mics and mic placement before adjusting your tone controls. A typical setting may be: +, ( set at ), and W +. Don t be afraid to push the and W controls to get good presence and depth while reducing the s to clean up your sound. This is the key to great sound.. SWEEP This control allows you to select which frequency (from to k) that the control will boost or cut. Instruments and singers have various tonal qualities. By adjusting the, you can select the exact frequency that will best complement these various inputs. is a recommended setting for the control for guitar and vocals. For high level balanced or unbalanced devices such as instruments & keyboards, plug into the input jacks using a shielded cable with / phone plugs. Adjust the knob for the mic or line input being used.. TUNING YOU MIXE ON Adjust all channel FADES and master EVE controls to their positions Adjust all channel s,, and BASS controls and the two master Band GAPS to their center position. Adjust the hannel controls to their center position. Turn the mixer on by the rear panel POWE SWITH and watch for the POWE ED. Your mixer is now ready to operate. k / W / + + + + + PF k k / W / + + + + + PF... ITO THU ONTOS The channel ITO controls allow you to create four independent monitor mixes. The ITO signals (preeq, pre fader) are routed to the master,, and controls (#) respectively before going to the output connectors (#). To start, use. The / control will send either to or. The center position is. The not only sends to the out but also to the if the / switch (#) is selected in the master ETS processor. This provides two simultaneous effects per channel and the use of. k k / W / + + + + + PF k k / W / + + + + + PF k k / W / + + + + + PF k. / ONTO The / control will send a signal to ETS or ETS and to the jacks (#). The center position is. If BOTH effects are desired simultaneously for all channels, press the MASTE ETS SOUE / switch (# ) and use the channel send, which will also send to the output (#).. ONTO Each channel s control allows stereo imaging by panning eft or ight during recordings or live performances. The control also works for the submix groups. A center position will send a channel s signal to a pair of subgroup faders (, when assigned). By panning hard left, the signal is routed to only subgroup fader or when assigned. Panning hard right routes the signal to submix fader or. Dual element pan controls provide greater separation than standard pan controls. k / W / + + + + + PF k POWE k / W / + + + + + PF k k / W / + + + + + PF k k. HANNE NA GEEN ED The NA ED is prefader and post EQ. This ED helps the operator verify that the channel is receiving a signal from the mic or instrument inputs even when the channel fader is off.. HANNE ED ED This peak indicator is prefader and post EQ. If the ED flashes, the channel needs a reduction with the control (#)to prevent distortion. A solid lit ED indicates that the channel has been D. W / / + + + + + PF k k / W / + + + + + PF k k / W / + + + + + PF k k / W / + + + + + PF k M E + + + + + S PEA
k IG K / ON / FF PF k W. HANNE SWITH Use the switch to kill the channel. This feature saves having to reset your faders and monitor sends.. HANNE PF SWITH This switch allows the operator to listen to a channel (pre fader listen) in the headphone mix to set tone and gain levels as well as see the channel at the ED meter output (#).. HANNE ASNMENT SWITHES These switches assign the channels signal to the Master / faders, or to the SUBGOUP faders &, & for submixing in stereo pairs. For mono, fully to the left and assign a channel to SubGroup fader or only. fully to the right and assign a channel to SubGroup fader or. ikewise assigning the / switches sends the channel directly to the main or faders. k / / + + + + + PF k W POWE k / / + + + + + PF k W k / / + + + + + PF k W K K K K K BIT DUA STEEO ETS ETS ETS SOUE ETUN TO ITOS SEET PAAMETE SEET EHO EVEB HOUS FANGE EGEN DAMPING EV EVE SPEED PAAM TIME DEAY ETUN TN TN EFT PF PF PF PF. HANNE FADE The HANNE FADE adjusts the output level of the channel. The signal will go to one or more of the Master Faders, depending on both the hannel Assignment switches and the control. alibrated mm FADES with audio taper are featured for smooth fadeouts. Slide all faders down when connecting your inputs. Note: for best board performance, channel faders should be set slightly higher than the SubGroups and Master / faders.. POWE SWITH / ED ED This switch provides phantom power for condenser mics such as arvin s ME in groups of channels. This leaves the remaining inputs for sources that don t require phantom power. The inputs are unaffected by phantom power. + ± + ± IGHT GOUPS EFT IGHT ETUN + + EFT IGHT ITOS SW MASTE SETION. TWO STEEO BIT ETS The internal BIT stereo processors receive signals from the / channel controls. If the adjacent (peak) ED flashes, reduce the level from the channel / control. A solid ED will show ETS or have been muted, either by the switches or by the optional FS footswitch (#). The ETUN control will adjust the volume level of the selected effects. emember each channel has its own ET send that will send the signal to the effects processors. The red ED will indicate when the effects signal from the channel is distorting. educe the level of the channel ET control until the ED stops flashing. ET AND PAAMETES EHO: When the SEET control is at the Oclock position, it is selected to the first EHO setting where you get a single repeat echo (minimal regeneration). Turning the PAAMETE EQ EQ EFT / POWE + + + O O IGHT / ONET SEIES EFT IGHT TN + + + + O PF METES control to will provide the shortest delay time between the original signal and the echo. Increasing the PAAMETE control to the right will increase the time delay between the original signal and the echo. To increase the number of echo repeats, turn the SEET control clockwise to Oclock (maximum regeneration). EVEB: When the SEET control is at the Oclock position, it is selected to the first EVEB setting. Turning the SEET control clockwise will increase the amount of high frequencies in the reverb. Turning the PAAMETE control to will provide minimal decay time of the reverb. Increasing to the right will increase the reverb decay time. HOUS: When the SEET control is at the Oclock position it is selected to the first HOUS setting. Turning the SEET control clockwise will increase the amount reverb in the chorus. Turning the PAAMETE control to will provide a minimal chorus depth setting. Increasing to the right will increase the chorus depth. FANGE: When the SEET control is at the Oclock position it is selected to the first FANGE setting. Turning the SEET control clockwise will increase the flanger s speed. Turning the PAAMETE control to will provide minimal flanging depth. Increasing to the right will increase the flanger s depth. To send effects to the monitors, use the TO ITOS controls, / & /. The center position on both controls is.. SOUE / SWITH In the OUT position, the ETS processor gets its signal from the channel send control. licking this switch IN will route the mix (#) to the internal ETS processor. This allows both effects to be used on each channel simultaneously.. ETUN / eceives stereo or mono effect signals from the ETUN / jacks. These signals will also be present at (#).. A /TN JAKS eceives a signal from the TN / / jacks (#) & from the jacks (#). These signals will also be present at.. ITO ONTOS These are the master outputs for the four monitor sends. These correspond to the balanced / output jacks (#).. GOUP/SUBMIX FADES Once a channel has been assigned to one of these faders, the mixing process is simplified to using these four faders. If these faders are not assigned to the Master faders (#), then each fader is bused to the corresponding GOUP / outputs (#). By assigning the faders to the Master faders, the operator can use the faders to submix groups.. GOUP PF SWITHES These PF switches allow the operator to monitor the entire GOUP mix. If distortion is heard or if the PF level is near on the Master / METES, lower the channel faders assigned to that group. Also check the channel EDs.. GOUP ASNMENT SWITHES These switches send the subgroup mix to the main / faders. For mono mixing, assign to both /.. MASTE / FADES These faders adjust the level of the main stereo output created by all channels and groups assigned to / faders. Output appears at the / balanced X connectors (#).. O OUTPUT The SEIES creates an extra mono output from the / master faders (post) for center, side fill speakers or subwoofers. The output is at the O X connector (#).. HEADPHONE AND METE SOUE The stereo control sets the level of the jack (#). The PF, /, O, and switches allow for isolation of these sources through the headphones and the / ED METES (#).. PF ED ED Indicates that the headphone & meters are monitoring only the channels or groups where the PF is switched on.. / ED VU METES This group of EDs offer increment resolution that give the operator a visual indication of the mixer s output levels, selectable by the METE SOUE or PF switches (#).. DUA PEISION BAND GAP EQs are one octave filters at,,,, k, k, k, k & k centers that offer ± adjustment to help eliminate feedback & enhance tone for the main or monitor mix.. EQ SWITH & These switches swap the band EQ s from the standard / main outputs OUT to the & outputs IN respectively.. POWE ED Verifies the mixer is on.. ETS & OUTPUT JAKS / outputs drive external effects. onnect your effects processor s inputs to these jacks.. ETUN / INPUT JAKS eturns a stereo signal from an external effect. onnect your effects processors stereo outputs to these jacks. If only one TN jack is used, the mono signal will go to both /.. TN / INPUT JAKS eturns a stereo signal from other sources.. ITO OUTPUT JAKS The SEIES provides balanced / outputs for long cable runs. onnect your monitor power amps to these jacks.. GOUP OUTPUT JAKS The SEIES provides balanced / outputs. onnect your track recorder or side fill power amps to these jacks.. SW FOOTSWITH JAK The optional FS will remotely shut off ETS or.. HEADPHONE JAK / stereo jack for headphone or control room output.. A & A jacks for connecting to a tape recorder input.. A & For stereo playback of a tape/d (parallel with TN jacks).. / X OUTPUT ONNETOS This set of balanced X connectors are for connecting the main / output to power amps or recording gear.. O X OUTPUT ONNETO A balanced X output is featured for side fills or subwoofers.
In a live sound reinforcement system, the input signals to the mixer will come from the microphones and instruments. Each microphone or instrument to be amplified by the system must be connected to one of the mixing console inputs. It is preferred to have as many of the stage instruments as possible plugged into the mixer. This allows for the best overall control of the instruments as they are mixed together and then amplified by the system. The mixer can be operated on the stage or from a remote location in the audience using a snake cable to bring the signals from the stage to the mixer. The advantage of the remote operation allows the performance to be mixed from the audience s perspective. NOTE: Most snake cables are not designed for speaker connections. THE SOUND HEK The sound check takes some skill, but mostly patience from the performers and especially you the system operator. If you get frustrated during the sound check, the sound may suffer due to things missed in the sound check. The basic sound check follows this format: First test all microphones and other input devices(direct boxes, etc.) before the performers are included in the sound check. A good thing to also check here is feedback in the monitors from the microphones. Good positioning of the monitors and the use of a graphic equalizer solves most major monitor feedback problems. Now for a sound check with the performers. First set the level of each performer individually and in cases where a performer has multiple microphones such as with drummers, set each drum mic individually then the drum set as a whole. This is also a good time to make some channel EQ control adjustments to tailor the sound of the individual performers and instruments. After setting each individual, have the performers run through a song. Don t hesitate to stop the performers if something needs to be adjusted or a performer or microphone needs to be heard solo again. emember the sound check is not a rehearsal, but a system check. It is always a good idea for the operator to have a microphone to inform the performers of what is needed during the sound check. If a monitor system is being used, the operator s microphone should only be directed through the monitors when addressing the on stage performers, especially if something needs to be checked during the show. POTET DM Watt Power Amp IP NA POWE HANNE ONE HANNE TWO IP NA POTET DM Watt Power Amp IP NA POWE HANNE ONE HANNE TWO IP NA POTET DM Watt Power Amp IP NA POWE HANNE ONE HANNE TWO IP NA POTET DM Watt Power Amp IP NA POWE HANNE ONE HANNE TWO IP NA O EQ EQ TN TN ETUN ITOS O SOUE POWE PF EFT / IGHT / + + + ONE ONET SEIES T SEIES + EFT IGHT EFT IGHT EFT IGHT EFT IGHT BIT DUA STEEO ETS K K K K K ± + + PAAM EHO EGEN TIME EVEB DAMPING DEAY FANGE SPEED HOUS EV EVE SEET SEET PAAMETE ETS TO ITOS ETUN ETS ± + + ETUN O TN GOUPS METES PF PF PF PF SW + + + POWE / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + POWE / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + EHO EVEB HOUS FANGE EHO EVEB HOUS FANGE K K K K K W OO +. + + + k.k.k k.k k k.k.k K.K K K K K K K K K W OO +. + + + k.k.k k.k k k.k.k K.K K K K ON EQ + + + K.K.K.K K K K + + + K.K.K.K K K K HANNE TWO HANNE ONE ON EQ K K K K K W OO + K K K K K W OO + STEEO IVE SOUND SYSTEM HANNE ONNETIONS AND SUBMIXING MASTE OUTPUTS The main stereo loudspeakers should contain an overall mix of all channels. The subgroup faders can have certain channels assigned to them before the mix arrives at the master faders. This is known as submixing and can improve the efficiency of mixing a large number of channels (see above). The four independent monitor mixes should use the through sends. On the channel these sends are preeq, prefader. The O output can be used for a main mono mix, a center mix or as a subwoofer output. The sub group outputs can also be used as side or back fill speakers. ong rooms can have poor sound at the back of the room. Set up a set of back fill loudspeakers to fill in and add a digital delay to the main speakers to correct the time delay from front to back. This can improve the sound of the room considerably. O EQ EQ TN TN ETUN ITOS O SOUE POWE PF EFT / IGHT / + + + ONE ONET SEIES T SEIES + EFT IGHT EFT IGHT EFT IGHT EFT IGHT BIT DUA STEEO ETS K K K K K ± + + PAAM EHO EGEN TIME EVEB DAMPING DEAY FANGE SPEED HOUS EV EVE SEET SEET PAAMETE ETS TO ITOS ETUN ETS ± + + ETUN O TN GOUPS METES PF PF PF PF SW + + + POWE / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + POWE / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + / / PF W + + k k + + + EHO EVEB HOUS FANGE EHO EVEB HOUS FANGE + EFT IGHT EFT IGHT EFT IGHT EFT IGHT PF PF PF PF + + + ONNETING UP The X Mic inputs are balanced low impedance inputs. Phantom power for condenser mics is available in channel groups of eight. This enables the user to group all mics that require phantom power together, leaving the rest of the channels available for dynamic microphones or line inputs. The X Mic inputs and balanced / ine inputs on each channel can be used simultaneously, however the two signals will be controlled by the single control. Adjust the level of the instruments to balance the mix. For stereo instruments, such as keyboards or drum machines, use two consecutive channels to connect the eft and ight outputs from the instrument. Then use the controls on the two channels to pan hard left and right for a stereo mix. If a pair of individual channels are not available, one of the stereo returns in the master section can be used. Whenever possible, try to group all related instruments or mics near each other on the mixer. For example: put all drum mics on channels through, guitars, bass and keyboards on through, and vocals on through. This will make mixing, channel assigning and submixing easier to manage. SUBMIXING The bus section on the mixers can be used for main outputs, surround outputs, side fills, outputs to a multitrack recorder, etc. but the most common use is for sub mixing. Sub grouping is the process of assigning multiple channels to a pair of sub group faders in the master section. This is usually done to decrease the number of faders needed to adjust a group of channels. For example: a drum kit with or more microphones mixed in stereo can be assigned to a pair submix faders. If the drums need to be adjusted in the main mix, only group faders need be adjusted instead of channel faders. The individual microphones all use different fader settings, so it is important to get a balanced mix of the entire drum kit during the sound check. The drum subgroup faders are then assigned to the main faders. If the drums are to be mixed mono, use the channel pan controls to pan the audio hard left and the audio will only be assigned to sub group fader or. Panning hard right will bus the audio to submix faders or. Always keep channel and sub group faders higher than the master faders. Using the fader or sub group fader to boost the level of a week channel signal can result in excess noise. The diagram depicts a standard live sound system. Stereo EQ and power amp for the main speakers on the eft/ight outputs.. Stereo power amp for two monitor mixes on the and outputs.. Bridged power amp for a subwoofer on the O output.. Power amp for the use as side fill or back of room fill on the Group outputs.. Effects processor in the send, stereo return loop. The illustration shows channels assigned to submix faders &. The final mix is created by assigning the submix faders to the faders.
POWE + + + + + + + + k k k k k k k k k k k k k k k k + + + + + + + + W W W W W W W W + + + + + + + + / / / / / / / / / / / / / / / / + + + + + + + + + PF + PF + PF + PF + PF + PF + PF + PF POWE + + + + + + + + k k k k k k k k k k k k k k k k + + + + + + + + W W W W W W W W + + + + + + + + / / / / / / / / / / / / / / / / + + + + + + + + + PF + PF + PF + PF + PF + PF + PF + PF ETUN + + + + ± K K K K K BIT DUA STEEO ETS ETS ETS SOUE ETUN TO ITOS SEET PAAMETE SEET EHO EVEB HOUS FANGE EGEN DAMPING EV EVE SPEED PAAM TIME DEAY ETUN ITOS TN TN EFT EFT EFT EFT + IGHT PF PF PF PF GOUPS IGHT IGHT SW IGHT TN + + + POWE EQ EQ EFT / + + + O IGHT / PF METES POWE + + + + + + + + k k k k k k k k k k k k k k k k + + + + + + + + W W W W W W W W + + + + + + + + / / / / / / / / / / / / / / / / + + + + + + + + + PF + PF + PF + PF + PF + PF + PF + PF POWE + + + + + + + + k k k k k k k k k k k k k k k k + + + + + + + + W W W W W W W W + + + + + + + + / / / / / / / / / / / / / / / / + + + + + + + + + PF + PF + PF + PF + PF + PF + PF + PF + ± GOUPS ETUN SW POWE EQ EQ EFT / IGHT / + + + ± + K K K K K + BIT DUA STEEO ETS ETS ETS SOUE ETUN TO ITOS SEET PAAMETE SEET EHO EVEB HOUS FANGE EGEN DAMPING EV EVE SPEED PAAM TIME DEAY ETUN ITOS O TN TN EFT EFT EFT EFT + + PF IGHT IGHT IGHT IGHT + + PF PF PF PF O METES EHO EHO TN + O FU The insert jack is a Tip ing Sleeve (TS) / phone jack, where the tip is the send, the ring is the return and the sleeve is ground. When used as an insert point or in full insert mode, the channel is opened up to allow an external piece of equipment to be inserted into the channels signal path. The channel signal coming from the microphone preamplifier will be forced to go through the external equipment before it can continue back through the channel reentering before the channel EQ controls. Most external equipment is not set up for the TS plug directly so an adapter cable is required. The adapter cable will have on one end the TS plug and two mono plugs either male or female on the other end. The two plugs each have the ground connected to the sleeve, one has the return on its tip and the other has the send on its tip. This allows the send to be connected to the input of the external equipment and the return to its output completing the insert loop back to the channel. + + W + FU PIN (+) PIN ( ) S AND DIET OUTS PreAmp STEEO PUG SEND ETUN TO ETS ADJUSTING THE BAND EQ TIP: SEND ING: ETUN SEEVE: GOUND JAK When the band graphic EQ sliders are in their center position, they do not affect the audio signal. When the EQ sliders are raised or lowered from this position, they boost or cut respectively a narrow band of frequencies. To reduce feedback in the low frequency range try lowering one of the, or sliders. High frequency feedback is reduced by lowering one of the k or k sliders. To help with feedback reduction, the main speaker should always be placed in front of the microphones. For tone enhancement, you may want to raise the, (for deeper bass) and the, and k (for crisper highs). At the same time you may want to reduce the mid frequency at k forming a smile curve as shown. GAP EQ HAF DIET OUT The half insert connection creates a send signal without breaking the channels signal path. The insert in this mode is no longer used as an insert but it becomes what is called an insert direct out. An insert direct out functions as a normal direct out but the plug has to be half inserted. If an insert is needed on the same channel, special cabling is required to perform both functions. The half insertion connects the tip of the plug being inserted to the ring of the jack. If the jack is fully inserted to where the tip of the plug connects to the tip of the jack, the internal jack switch will open and the channel s signal path will be broken. The connection will still function as a direct out but the channel s signal will stop at the insert and not continue on to the rest of the channel. The result of the half insert is multiple outputs for use in multitrack recording. + + W + / PIN (+) PIN ( ) PreAmp JAK O PUG TO EODE MUTITAK EODING TIP: NA SEEVE: GOUND A multitrack recorder can be connected to the hannel Insert jacks (/ plugged). This set up could be used with a live set up to record a live show. + K K K K K + EVEB EVEB FANGE HOUS FANGE HOUS ONET SEIES MUTITAK MIXDOWN ± ONET SEIES O Follow this set up for mixing down to a two track recorder. onnect the Multitrack recorders outputs to the line inputs of the channels. Use the headphones or connect a professional power amplifier (arvin s DM power amps) and high quality studio monitors (arvin s SS.) to your main / outputs to monitor your mixdown sessions. Mixing is a practiced skill. A trained ear will know when to add EQ, effects, compression, gate. isten to your favorite D through the same headphones or monitoring system you plan to mix through. Note each instrument s level and position in the stereo mix. Use this as a guide to help mix your project. EHO EVEB EHO EVEB FANGE HOUS FANGE HOUS O